parse_palabos_output.py

import numpy as np
from .pore_utils import find_line_in_file

def create_pressure_data_file(inputs):

    sim_dir = inputs['input output']['simulation directory']
    output_dir = inputs['input output']['output folder']

    # Parse pressure data
    pc_data_file = sim_dir + '/' + output_dir + 'output.dat'
    pc_data = find_line_in_file(pc_data_file, 'Pressure difference =', 3)
    
    pc_data = np.insert(pc_data, 0, 0)
    np.savetxt(sim_dir + '/' + output_dir + 'data_Pc.txt', pc_data)

    return


def create_relperm_data_file(inputs):

    sim_dir = inputs['input output']['simulation directory']
    output_dir = inputs['input output']['output folder']
    num_runs = inputs['rel perm']['num_geoms']
    # print((num_runs-1)/2)

    # Parse rel perm data
    kr_data_file = sim_dir + '/' + output_dir + r'4relperm/relPerm&vels.txt'
    k_absolute = find_line_in_file(kr_data_file, 'Absolute Permeability', 3)
    kr_data = find_line_in_file(kr_data_file, 'Relative Permeability', 3)
    divide_kr_data = int((num_runs-1)/2) + 1
    krw_data = kr_data[0:divide_kr_data]
    krnw_data = kr_data[divide_kr_data:]
    krnw_data = np.insert(krnw_data, 0, 0)

    np.savetxt(sim_dir + '/' + output_dir + 'data_krw.txt', krw_data)
    np.savetxt(sim_dir + '/' + output_dir + 'data_krnw.txt', krnw_data)
    np.savetxt(sim_dir + '/' + output_dir + 'data_k.txt', k_absolute)

    return